A stallion's sperm carries a representative sample of all the stallion's alleles. Each sperm will have 50% (1N) of the stallion's 2N complement of alleles.
Horses would most likely be foud at a petting zoo
If your body was attacking them , they probably would have found a high level of dead sperm
horses grass peasants
Gametes should contain one allele for each gene locus. This means that gametes will have one allele for each of the genes on the chromosomes they are carrying. It is estimated that humans have about 20,000-30,000 genes - meaning each gamete would therefore have 20,000-30,000 alleles.
it would be t recie
If a man has the genotype Tt, then he is heterozygous. Homozygous would be TT or tt. If a man has Tt, then he can either donate a T or a t to the sperm, but not both.
As long as you aren't talking about a trait or gene that behaves co-dominately or some other exception, the man would have the dominant trait show up and his alleles would be dominant and recessive (or Dd if you are using letter symbols for the alleles- upper case being the dominant allele from the mom's egg and lower case for the recessive allele from the dad's sperm). So for example if we are talking about the gene for earlobes we can use the letter E to represent the two alleles or genetic variations: E for un-attached earlobes and e for attached earlobes. A sex cell (sperm or egg) has one allele each so that when they unite to make an embryo the new person has 2 alleles- one from each parent. So if the man inherited a dominant allele E from his mom and a recessive allele e from his father then he would have Ee as his "genotype"(what alleles he has). His "phenotype" is what trait he shows, which would be what ever is dominant-- in this case E equals un-attached earlobes.
The number of chromosomes found in either and egg of sperm is half the number of chromosomes found in a normal cell of the organism. For example, if you are thinking of a human sperm or egg cell is would be 23 chromosomes, since the normal human cell has 46.
Since grey is a dominant gene any grey horse paired with any other colored horse has a chance of being grey, but the best way to ensure that the foal will be grey would be to breed two homozygous grey horses (in other words horses that have to grey alleles and and whose genotype could be shown as GG)
Capital letters usually denote dominant alleles. Therefore QQ genotype would contain two dominant alleles for the Q genotype.
A homozygous condition would be the possession of alleles for red hair and red hair. A heterozygous condition would be characterized by the possession of alleles for brown hair and red hair.
That would be a very low sperm count, BUT all it takes is one to get to the egg.